发明名称 INTERFERENCE AVOIDANCE METHOD OF PULSE SIGNAL AND TERMINAL APPLICABLE THERETO
摘要 The present disclosure provides an interference avoidance method of a pulse signal. According to the method, before the pulse signal is transmitted, the pulse signal is split into two parallel pulse sub-signals which can be synthesized using a subtraction synthesis method and thus restored to the pulse signal. In this way, in the parallel transmissions of the two parallel pulse sub-signals, interferences from which the two sub-signals suffer are identical to each other. Thus, after the two parallel pulse sub-signals are synthesized using the subtraction synthesis method, the interference signals offset each other to allow the synthesized pulse signal to carry no interference signals, which effectively avoids false control caused by the interference signals carried in the transmission of the pulse signal and simultaneously avoids the false control caused by an attenuation or a distortion of the pulse signal due to the traditional filtering method.
申请公布号 US2015155896(A1) 申请公布日期 2015.06.04
申请号 US201314130325 申请日期 2013.12.11
申请人 SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO. LTD. 发明人 Zhang Hua;Zhang Xianming
分类号 H04B1/04;H04B1/10;H04B1/12 主分类号 H04B1/04
代理机构 代理人
主权项 1. An interference avoidance method of a pulse signal, comprising: a pulse signal transmitting terminal splitting a to-be-transmitted pulse signal into two parallel pulse sub-signals according to a preset splitting rule; a pulse signal transmitting terminal transmitting the split two parallel pulse sub-signals to a pulse signal receiving terminal in parallel; the pulse signal receiving terminal receiving the two parallel pulse sub-signals from the pulse signal transmitting terminal and synthesizing the two parallel pulse sub-signals using a subtraction synthesis method to restore the two parallel pulse sub-signals to the to-be-transmitted pulse signal; and the pulse signal receiving terminal implementing the restored to-be-transmitted pulse signal.
地址 Shenzhen, Guangdong CN